Products
Products
home
UM30-213112

The SICK UM30-213112 is a compact and versatile ultrasonic sensor engineered for precise distance measurement and object detection in industrial automation environments. Leveraging ultrasonic time-of-flight technology, it delivers reliable performance across diverse materials, including transparent, glossy, or dark surfaces. The sensor's IP67-rated housing ensures durability in harsh conditions, such as exposure to dust, moisture, and temperature variations. With analog and switching outputs, it seamlessly integrates into control systems for applications ranging from level monitoring to object positioning.

open
TEL:+86 13600179521
Mail:info@hongkongeasy.com
info@hongkongeasy.com
WhatsApp
Parameters
Request a Quote
Return to List
Key Specifications:

Parameter Specification
Operating Principle Ultrasonic time-of-flight measurement
Measuring Range 60–300 mm
Accuracy ±1% of measured value or ±1 mm
Outputs 1x Analog (4–20 mA/0–10 V) + 2x PNP
Response Time ≤ 25 ms
Beam Angle 6°
Sound Frequency 300 kHz
Power Supply 10–30 V DC
Current Consumption ≤ 50 mA
Protection Rating IP67
Operating Temperature -25°C to +70°C
Housing Material PBT plastic
Connection M12 4-pin connector
Dimensions (L×W×H) 35 × 35 × 61 mm
Features:

Temperature Compensation: Automatically adjusts for environmental changes to ensure stable measurements.

Teach-in Functionality: Easy configuration via push-button for setting detection thresholds.

Background Suppression: Minimizes false triggers from acoustic interference.

Synchronization Support: Enables multi-sensor operation without cross-talk.

LED Indicators: Visual feedback for power, output status, and teach-in mode.

Material-Independent Detection: Accurately senses transparent, metallic, or irregular surfaces.

Applications:

Object detection on conveyors and assembly lines.

Level monitoring in small containers or bins.

Distance measurement for robotic positioning.

Pallet and package presence detection in logistics.

Height control in packaging and filling systems.

Fill-level sensing for liquids and granules.